inform Infocharger, Manual

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INFOCHARGER 3
Input and output EMI filters
These filters prevent electromagnetic interference between Infocharger, mains and loads. (EMI –
e lectro m agnetic i nterference)
Your battery charger and loads are protected against high voltage.
Power Factor Correction
When the power factor is 1, all the energy supplied by the source is consumed by the load
DC / AC Inverter
The inverter helps to obtain a very constant AC voltage level at the output by using DC voltage at the boost’s
rectifier output.
Rectifier
This unit draws on the mains the power required to supply the inverter and to recharge the batteries. The
alternating input voltage is rectified and distributed to the batteries.
Low Voltage Protection(Optional)
This type of protection is used as optional to prevent the deep discharge of the loads in the absence of the
power at mains, and this voltage level can be adjustable at the front panel.
Your Battery Charger’ features and benefits :
Feature Benefit
PWM technology
Transformerless design
Compact design, small dimensions and low weight
Microprocessor controller
To use all the sources in optimum level.
To observe carefully the failure conditions
PFC technology
High input power factor
To consume low reactive power
Not to load the installation extra (cables, transformers, generators
etc.)
Clean power for the mains.
Wide input voltage tolerance
(on-line operation even the mains is
between 80 – 280 V )
This helps to reduce battery usage and guarantees battery to be fully
charged and extends the battery life time.
On-line double conversion
topology
The output voltage of the Infocharger is DC. Infocharger input total
harmonic distortion is very low. This is very important for both the
systems and batteries which are supplied by Infocharger.
Temperature Management
To calculate overloading time in a reliable way.
To protect against over temperature.
Effective output voltage regulation : (output voltage is not affected by changes on the mains input and load level.)
High efficiency ( low power consumption)